This Is How A Screw Compressor Works

One of the most used types of compressors in the industrial world is screw compressors. This type of compressor works by using a screw system. The way it works, air enters through the inlet to the screw system that rotates and compresses the air. Then compressed air is channeled into the air storage tank. If it is concluded, the working principle of the screw compressor is to suck, do compression and expenditure. Screw compressor applications are generally used in manufacturing plants. Meanwhile, if your factory has a lot of damaged ball screws, perhaps you need to hire the superior ball screw repair service.

The workings of a compressor screw are to use two rotating screws in a screw room called Air End. The two screws rotate by being driven by a motor. The rotation of two screw rotors produces suction on the Intake Valve and produces pressurized air through the discharge or discharge hole. Pressurized air then flows into the Tank Separator. The goal is none other than to separate pressurized air from the oil.

If you notice the inside of the separator tank there is a separator. The separator functions to capture oil particles when the oil and air mix through the separator. Oil falls to the bottom of the tank and the air will go through the separator then go to the next stage.

Pressurized air coming out of the tank has a temperature of around 800C to 900C. Because it needs to be cooled again before being released through Air discharge. But before entering the air cooler or air conditioner, the compressed air flows again to the air filter with a higher level of precision. The goal is that the air is cleaner than oil particles.

From the air filter, then compressed air enters the cooler or air conditioner so that the air temperature drops and is ready to be used for factory needs. But again, before entering the main or external engine system, the air flows again into a very precise air filter. The end result is the air that is clean from oil and then flowed to the main machines of the factory, such as machines for coloring and drying in the textile industry, spraying in the coating process, and cooling in the ceramic industry.

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